Senior COMSEC & Cloud Networking Engineer (Azure Classified)

General Dynamics IT; El Segundo (CA); On-site; USD 108,000 - 144,000; Full time

Job summary

General Dynamics IT seeks a highly skilled COMSEC and Network Engineer to lead secure communications within a classified Azure Cloud environment. The role bridges cryptographic hardware with software-defined networking, ensuring end-to-end security of data in transit and compliance with NSA CSfC and government mandates.

You will manage secured Azure networks, TACLANE devices, and KMI/SKL keying materials while collaborating with architects and security engineers to maintain a robust, low-latency

Qualifications

• BA/BS or equivalent experience.
• 8+ years of experience in Network Engineering with at least 4 years focused on COMSEC and Cryptographic systems.
• Secret clearance with ability to obtain TS/SCI.
• Cloud experience configuring networking components within Azure Government or Classified Cloud environments.

Responsibilities

• Design and implement COMSEC solutions across classified Azure environments (IL5/IL6), ensuring CSfC compliance.
• Manage and optimize Azure virtual networks, ExpressRoute, and VPN Gateways for secure connectivity.
• Install, configure, and maintain Type-1 encryption devices (e.g., TACLANE) and cryptographic keying materials.
• Develop and maintain SOPs for key management, device auditing, and incident response.
• Collaborate with Cloud Architects, Network Engineers and Security Engineers to troubleshoot complex connectivity issues.

Skills

COMSEC

Infrastructure

Network Engineering

Education

BA/BS or equivalent experience

Tools

Terraform

Bicep

ARM templates

Job description

General Dynamics IT seeks a highly skilled COMSEC and Network Engineer to lead secure communications within a classified Azure Cloud environment. The role bridges cryptographic hardware with software-defined networking, ensuring end-to-end security of data in transit and compliance with NSA CSfC and government mandates.

You will manage secured Azure networks, TACLANE devices, and KMI/SKL keying materials while collaborating with architects and security engineers to maintain a robust, low-latency